"My hope is someday, when the next Aristotle is alive, we can capture the underlying worldview of that Aristotle - in a computer. And someday, some student will be able not only to read the words Aristotle wrote, but ask Aristotle a question - and get an answer!" - Steve Jobs, 1985.

We are introducing a non-governmental public digital infrastructure initiative with the aim of reinforcing Greece's civil society, production, and labor markets. Central to this initiative is the development of AI Foundation Language Models tailored for the Greek language, a project spearheaded by an open-source developer community. These models will be constructed using cutting-edge open-source frameworks, drawing solely from publicly accessible dataset.

In today's landscape, where AI-driven technologies are pervasive – from automation tools to voice assistants – speakers of underserved languages risk being overlooked. This oversight can place societies like Greece at a disadvantage, potentially limiting access to vital information, exacerbating educational disparities, and stifling economic and productivity growth..

At its core, this infrastructure serves as a platform for the design and rollout of solutions uniquely tailored to the Greek economy and culture. It acts as both a centralized and decentralized hub, supporting business endeavors and fostering community engagement through active citizen participation We are committed to offering our models for free to individuals, businesses, and the government, promoting an AI-driven future for all

• A Foundation Language Model is a Digital Super-Computer
  A Foundation Language Model (FLM) is a digital super-computer. Trained on vast quantities of text data, it doesn't just generate human-like text but serves as an operating system upon which diverse applications and services can be built. Developers, researchers, and businesses can then harness this foundational layer to create tailored applications, ranging from customer service bots to advanced research tools

• A Distributed Digital Infrastructure System:
  Because this 'digital super-computer' is universally accessible, it enables the delivery of these applications and services to local and international users. This platform is an entire ecosystem that fosters innovation, collaboration, and global reach. Essentially by enabling access to A Greek Generative AI the nation invests in creating a state-of-the-art infrastructure system but at a minimal cost.
  

• Economic and Cultural Implications of a Greek-centric AI Infrastructure
  Creating an AI model trained on the Greek Language and datasets delivers a universally accessible platform for innovation and productivity. As the global AI paradigm advances, the lack of a foundational Greek model could lead to the language and its intricacies being insufficiently captured. This can result in insufficient tools and solutions for the Greek economy. An AI-driven economy is naturally poised to be more competitive, innovative, and resilient. A Greek-specific AI ensures not only the digital preservation of the language, literature, and cultural nuances but also sets the stage for innovation and a smart infrastructure.
  

• Open-Source: An open-source AI model offers its underlying code freely to the public, promoting transparency, trust, and community-driven innovation.
  • The primary advantage of open-source models is the transparency they offer: researchers, developers, and users can see exactly how the model works, which promotes trust and understanding.
  • Additionally, because anyone can contribute to the development and improvement of an open-source model, it can benefit from the collective expertise of the global developer community, leading to rapid innovation and refinement.
    

The model is a super-computer with a question-and-answer interface in Greek. As an example of the myriads of use cases we provide the following:

• Educational: Students and educators can leverage the AI model for learning, research, and academic support. For instance, the model can assist both primary and secondary school students, as well as their teachers, with schoolwork tasks during and after school hours.

• Economic: Entrepreneurs can utilize the model to develop applications, products, or services, potentially leading to job creation and business growth. Imagine a small business developing automation tools to help self-employed professionals increase their productivity using the AI model.

• Strengthening Civil Society: By offering tangible tech tools accessible to all, a political party empowers every household and business to address everyday challenges and elevate their living standards.
• • Civic Engagement Platforms: The model can be used to create platforms for civic participation, enhancing democracy and governance. This could manifest as AI-driven platforms where citizens can voice concerns, vote on local issues, or even get real-time updates on civic matters.
    
• Bridging Policy and Reality: The initiative narrows the gap between high-level policy decisions and tangible, on-the-ground benefits, ensuring immediate advantages from technological advancements.

• Foundation for Digital Infrastructure: The tools set the groundwork for a national digital infrastructure, preparing the nation for future technological progress.
• Fostering Civic Involvement: By making these tools available, the initiative promotes active participation from citizens in both civic matters and the broader digital transformation
  
  

A "sandbox environment" refers to a controlled experimental setting where new ideas can be tested without affecting the existing system.

In essence, through this initiative, a major political entity like Syriza, independent of its governmental role, takes the initiative to provide technological tools to its citizens. This initiative not only allows the party to fast-track solutions but also to test them in a real-world context.
It shifts the paradigm from a top-down approach to a more collaborative, bottom-up model, creating a sandbox environment where citizens are active contributors to their own welfare and the nation's progress.
By doing so, the party can demonstrate its commitment to innovation and citizen welfare, even when not in power.Furthermore, it seeks to redefine the relationship between the government, political parties, and citizens, outside of traditional governmental structures.

This initiative can position Syriza, and by extension Greece, as pioneers in tech-driven, citizen-centric governance, potentially leveling or even surpassing the standards set by other advanced nations.

Such an AI model functions as a digital Interface to program applications and services, enabling developers worldwide to delve into the Greek ecosystem. This open-source tool, akin to models like ChatGPT, becomes a bridge, connecting Greek businesses and institutions with global partners, and fostering collaborations that can lead to technological advancements, research initiatives, and cultural exchanges.

• Precision & Relevance: Unlike generic models, a Greek-centric AI understands the nuances, idioms, and cultural references unique to Greece. This ensures accurate and contextually relevant interactions, vital for applications ranging from customer service bots to educational platforms.
  

• Economic Expansion: Developers globally can harness this model to craft applications tailored for Greek markets, tourism, and public services. This can lead to increased foreign investments, tourism growth, and a broader market for Greek products and services.
  

• Cultural Preservation & Promotion: The model acts as a digital ambassador, making Greek culture, history, and language accessible to the world. It can be used to create interactive cultural tours, language learning apps, and more.
  

• Open-Source Advantage: Being open-source, akin to models like ChatGPT, it invites continuous improvement from the global developer community. This ensures the model stays
  updated, adaptable, and innovative.
  

The Greek diaspora, Centers for Greek Studies, and Philhellenes form a vast global network. The AI Large Language Model serves as a bridge to this network, offering:

• Language Support: Assisting in language learning for both native speakers and those intrigued by Greek culture.
  

• Cultural Insights: Providing global access to the depth of Greek culture and history.
  

• Unified Engagement: Fostering discussions and knowledge-sharing, connecting communities.
  

• Opportunities for Developers: The model becomes a resource for global developers to create applications centered on Greek culture, history, and language, opening up avenues for cultural exchange and business opportunities.
  

By utilizing this AI model, we're paving the way for a more interconnected global network that not only preserves but also amplifies the Greek presence, heritage, and influence worldwide.

• Focus on Applications: This initiative isn't about research. We aim to apply existing AI knowledge for tangible, everyday benefits.
  

• Open-Source Models: We'll use proven models such as:

  • LLAMA family of models (by Facebook Research): Known for being both open and efficient, making them ideal for practical applications. More Info
    

  • MIT Liquid Neural Networks: A cutting-edge model that allows for adaptability in machine learning tasks. More Info & Research Paper

Engagement: Foster a Collaborative Environment

• Hackathons & Workshops: Organize events focused on improving the model or building applications using it.
• Collaborative Platforms: Use platforms like GitHub for collaborative development, bug tracking, and feature suggestions.
• Creating a Community of Self-Organized Open-Source Contributors: The heart of this initiative lies in its community-driven approach. By fostering a global community of open-source developers around the Greek LLM project, we're ensuring that the model remains dynamic, relevant, and beneficial to all
  

"fork the government", a phrase coined by Audrey Tang, encapsulates a modern approach to governance that draws inspiration from the world of open-source software. We are providing our own "fork" on how to deploy non-governmental technology applications for the Greek Society and the Greek Diaspora

• Open Source Analogy: In the world of software, "forking" refers to taking the source code from one software package and starting a separate and independent development on it. This is done to either take the software in a different direction, improve it, or adapt it to specific needs. In the context of governance, "forking" can be seen as a way of suggesting that citizens can take existing public policies, services, or datasets and adapt or improve them independently.

• Citizen Participation: Tang's vision of "forking the government" advocates for more citizen involvement in the processes of governance. It's about empowering citizens to take active roles in shaping policies, services, and public initiatives.

• Digital Democracy: Audrey Tang is a strong proponent of using digital tools to enhance democracy. Tools like vTaiwan, an online platform for public deliberation, embody this ethos by allowing citizens to participate in the policy-making process directly.

• Iterative Development: Just as in software development, where updates and versions are released iteratively based on feedback and changing requirements, governance too can be seen as an iterative process. Policies and services can be continually refined based on public feedback and changing societal needs.

• Transparency: Open source thrives on transparency, with code being accessible to all. Similarly, Tang promotes a transparent government where data, decision-making processes, and rationale are open to public scrutiny.

• Collaboration: Just as open-source projects often involve collaboration from a global community of developers, modern governance can also benefit from collaborative efforts, drawing on expertise and perspectives from a broad cross-section of society.

In essence, Audrey Tang's idea of "forking the government" is about reshaping the relationship between citizens and their government, leveraging digital tools to make governance more participatory, transparent, and adaptive. It's a vision of a more agile and collaborative government, inspired by the best principles of the open-source world

https://economics.mit.edu/sites/default/files/inline-files/Noy_Zhang_1.pdf?utm_source=npr_newsletter&utm_medium=email&utm_content=20230508&utm_term=8392792&utm_campaign=money&utm_id=27864752&orgid=&utm_att1=

https://goi.mit.edu/2023/05/11/what-if-ai-could-rebuild-the-middle-class/

By combining quantitative metrics with qualitative insights, we can get a comprehensive understanding of the initiative's societal impact and its direct effects on individual families.

1. Adoption Rate:

• Metric: Number of downloads or users of the provided tools or platforms.
• Method: Track downloads, sign-ups, or user activity on the platform.

2. Economic Impact:

• Metric: Number of startups or businesses that emerge from using the provided tools.
• Method: Surveys, business registrations related to the platform, or community engagement.

3. Educational Enhancement:

• Metric: Usage rate of tools in educational institutions or for academic purposes.
• Method: Surveys in schools/universities, tracking platform analytics for educational domains.

4. Community Engagement:

• Metric: Participation in hackathons, workshops, or community forums related to the initiative.
• Method: Event registrations, forum sign-ups, and activity tracking.

5. Public Perception:

• Metric: Public sentiment towards the initiative.
• Method: Surveys, social media sentiment analysis, and feedback forms.

1. Economic Upliftment:

• Metric: Increase in family income due to opportunities created by the initiative.
• Method: Surveys targeting families engaged with the platform/tools.

2. Educational Outcomes:

• Metric: Improvement in students' grades or academic performances after using the tools.
• Method: Surveys targeting students and parents, feedback from educators.

3. Skill Development:

• Metric: Number of family members who acquired new skills or knowledge from the tools or associated training.
• Method: Surveys, assessments after training sessions or workshops.

4. Access to Services:

• Metric: Ease of access to public services or information due to the initiative.
• Method: User feedback, comparison of service access rates before and after the initiative's implementation.

5. Quality of Life:

• Metric: Perceived improvement in the quality of life or daily activities.
• Method: Qualitative interviews with families, feedback forms, or focus group discussions.

• Baseline Data: Before launching the initiative, gather data on the current status (e.g., current economic conditions, educational outcomes). This will allow for a comparative analysis post-implementation.

• Regular Surveys: Conduct periodic surveys to gather feedback directly from users and understand the tangible impacts on their lives.

• Case Studies: Document specific success stories or case studies. These qualitative insights can offer a deeper understanding of the initiative's impact on individual lives.

• Feedback Loops: Establish channels for continuous feedback, allowing for real-time insights into the initiative's effects and potential areas of improvement.

• External Audits: Consider third-party evaluations or audits to ensure an unbiased assessment of the initiative's impact.